Atmospheric absorption of near infrared and visible solar radiation by the hydrogen bonded water dimer
V Vaida, JS Daniel, HG Kjaergaard… - Quarterly Journal of …, 2001 - Wiley Online Library
Based on the physico‐chemical properties of water dimers, their near infrared and visible
absorption of solar radiation in the earth's atmosphere is calculated. The calculation uses
equilibrium constants determined by statistical mechanics, and a vibrational absorption
spectrum determined by a coupled oscillator quantum mechanics model and ab initio
quantum chemistry. The resulting total atmospheric absorption was calculated using a line‐
by‐line radiative‐transfer model, and depends significantly on the dimer abundance, as well …
absorption of solar radiation in the earth's atmosphere is calculated. The calculation uses
equilibrium constants determined by statistical mechanics, and a vibrational absorption
spectrum determined by a coupled oscillator quantum mechanics model and ab initio
quantum chemistry. The resulting total atmospheric absorption was calculated using a line‐
by‐line radiative‐transfer model, and depends significantly on the dimer abundance, as well …
[PDF][PDF] Atmospheric absorption of near infrared and visible solar radiation by the hydrogen bonded water dirtier
JS DANIEL, HG KJAERGAARD, LM GOSS, AF TUCK - 2001 - gps.caltech.edu
Based on the physico-chemical properties of water dimers, their near infrared and visible
absorption of solar radiation in the earth's atmosphere is calculated. The calculation uses
equilibrium constante determined by statistical mechanics, and a vibrational absorption
spectrum determined by a coupled oscillator quantum mechanics model and ab initio
quantum chemistry. The resulting total atmospheric absorption was calculated using a line-
by-line radiative-transfer model, and depends significantly on the dimer abundance, as well …
absorption of solar radiation in the earth's atmosphere is calculated. The calculation uses
equilibrium constante determined by statistical mechanics, and a vibrational absorption
spectrum determined by a coupled oscillator quantum mechanics model and ab initio
quantum chemistry. The resulting total atmospheric absorption was calculated using a line-
by-line radiative-transfer model, and depends significantly on the dimer abundance, as well …